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【官方文档】最全的NX9.0 新功能集锦，其他的都弱爆了！
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# `! Q) g& Z2 S涵盖了所有模块！
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% i0 a8 U: U( T& v# R不懂E文的，看图也知道了！！. R: o: e" m5 b& }: P4 T) b$ N
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9 @: ]9 `+ ?. E5 G What's New in NX 90 iii
! E3 N- I" ]1 N+ E ~7 C8 [! YContents
/ R, e; F5 y A$ e+ ~& uChapter 1: Fundamentals $ b0 {! G7 \- `2 ?2 |
Ribbon bar interface The NX Window (Ribbon bar)
2 c8 l8 f6 W' ?3 I: h/ v+ I& M5 b* p( sShow Ribbon bar tabs and commands " n5 I. X4 a3 `% L# V7 T p) o
Add commands to the Quick Access toolbar
T4 x; j4 I( `) ]6 ZAdd commands to Border bars
% k+ s! v5 N) a& b5 J& M2 LCustomize the Ribbon bar interface
" ^! K$ g c- }Add a tab and group to the Ribbon bar 5 ?( P5 X* [; p* W
Save Ribbon bar layouts
: x7 M$ i* _( \2 u9 Y% w9 xExport and import your interface layout
, {7 S. f, l+ q* g4 f" a( K6 dRay Traced Studio . f( t& {7 Y1 C, h
Issue Management enhancements
5 F ]2 I J, U( X0 ^+ W% P6 OGenerate support logs for IR or PR
8 I$ Z. A J- f" w' `) M9 Q; s9 h" gIntegrated web browser enhancement
: v1 O4 D0 [* Z3 N% g7 t2 r" |View section enhancements
# S: N9 V [# K: t- K! i" WDisplay facet enhancements , T" x( Y& v1 M# [. K
Measure Point
+ a; e$ @5 O# a" RRaster Image enhancements
8 T% V7 L6 u2 e8 GLock Rotations $ T5 b0 M9 I# S N
Synchronize Views
3 A, n: j* u* W2 s, |. m$ M* vStereo Display Visualization preference - k$ C9 n& b/ \5 r) [
CSYS tool enhancements
6 V% c& X; j5 X( L1 NEdit attributes in bulk
/ \9 }6 s; @4 ~% Q/ e- MChapter 2: CAD t& u# G# g' g) a, C% N c" V& M
SkeTChing - W; s, G ~8 y9 F0 F/ W
Sketch enhancements
. n, I4 T* X. BSketch dimensions 7 Z) b* y5 j% t5 R8 P
2D Synchronous Technology * b5 v+ ]0 ]& h) t* W7 e1 s" o6 ^
Rigid sketch groups 8 b) r9 M' |+ I F
Part Module 5 g6 p% q# h! I- t
Additional Part Module workflow
! r# d* S4 L( q, CShared Body enhancement ( M# g: \5 V1 A( M$ f
Controlling Part Module updates
% G3 B( ^* u+ N8 J1 UNest and Un-nest Part Module & A4 A, Y$ [$ u6 m. w, g5 W) B
Save As and Part Modules * {9 q: s' b; T8 S
Synchronize Links enhancement 3 o: \( g+ s1 D6 @9 M
Modeling
|1 W$ T; ?9 [Snip into Patches) u+ {3 m3 w& A4 [7 N. Q, \( l
Rib
# |# h0 R# N; i" K8 W# QMirror Geometry & J1 u; _8 T* D; x2 Y
Extract multiple bodies enhancement 5 S+ K+ C4 o% m6 S
Analyze Pockets and Blend Pocket $ k6 ^2 e- v' S6 f: P# {
Combine or separate tool bodies , p3 U) H0 k! S# l2 I( x. B
Interrupt feature updates 1 x# x& K. W4 a& B. a' ?8 f
Load Rollback Data 1 Y% f% Q& K3 n6 L* D+ ?1 d2 e
Sorting model views ; _7 ^7 x7 C; Y* C1 x% K
Select intersection edges in Edge Blend and Draft
" z! j7 s0 B5 r; l( R! fReplace Edge + ]4 X7 A; k \. ^ {# h: [
iv What's New in NX 90 ( Y" D; M# c) l; U1 Q
Local Untrim and Extend z: [( ?, X9 F: ~/ N7 Z
RoUGh Offset enhancement * _0 ]2 n D% ^# L5 n3 P( C9 ]
Replace Feature enhancements / ?8 Y" `* R. O) {: ~+ S7 P
Unsew enhancements 8 j2 s# n% q0 t# E7 n7 }( b0 s: r+ C) z
Draft enhancements , T$ U$ V+ Z3 M% j' `3 m9 k+ R. b
Draft Body enhancements
/ X8 b% t- ]9 P U: ZThicken enhancements / T& r2 v& j% h
Pattern enhancements
]& ~3 a1 g, F) pUntrim enhancements # L8 _7 U: G& G) f+ K9 W/ ]( {
Divide Face enhancements ; ]& ]( A/ l T" d- l
Part Families enhancements
0 t$ a! }& C* O2 U6 ~Body selection enhancements for Boolean operations 9 ^7 [ r- S5 j/ ?5 W
Face selection enhancements for Synchronous Modeling
. t: m$ y) K/ F: P- h" PSynchronous Modeling# ^3 C# u L: N @
Move Edge
' K, P/ ^: E4 c& M+ r& }Offset Edge 3 F7 L) c k) P
Delete blend faces with the Delete Face command 9 k! ?( b+ c" }
Label Notch Blend enhancement
$ M9 S1 {8 m/ f9 S( cFacet Body Preparation H/ ~* u. I- T, G
Create Box 8 s) r* N# K& x' N# a- s
Snap Point enhancement # _5 U5 K9 A1 b* M/ Y) [' [% L: O
Extrude Facet Body 1 Z, x9 E7 {+ l" C
Extrude Profile - J* \+ |# H- G1 I7 q
Merge Disjoint Facet Bodies 9 R, |& I/ C$ V
Merge Overlapping Facet Bodies
7 o8 J1 v3 o/ |5 }2 Y; U8 H. CMerge Touching Facet Bodies ' H: m+ C/ n$ f l! k9 H
Rough Offset enhancement + i2 F+ ]3 J4 \! G7 t% j
Shape Studio
/ r5 P/ Z5 p: D2 Y( u) q$ u5 uSmooth Curve String ) {" B* f' m. ^, S ^* V
Section surface user interface improvements % @% [$ c3 N9 W, D- t4 K
Highlight Lines enhancement
% z; C& t8 m7 \, s* w7 X! l+ Z2 }Deviation Gauge enhancements
5 P! |4 q4 @9 Y7 oFace Analysis – Slope enhancements # ~/ Z: V" J0 z
Concave Faces enhancements
0 z$ j$ h" N: P0 X0 Z6 h& `Face Curvature Analysis
8 Z/ g0 I y* `9 b; xRuled surface Developable Alignment
3 {$ F/ D! F* u3 V$ K3 v. q) WWrap/Unwrap Curve
7 @4 E+ u6 m2 s: R+ M& A5 T, gAssemblies
6 a2 j' \& b2 s" C1 A3 w5 ZPack all components enhancement , i5 K0 T9 b" [6 S; h* C v. {
WAVE link multiple bodies enhancement% `7 e, N) N( L
Load Rollback Data
& m/ ?5 C- \' F4 HAssembly Clearance enhancements ) x6 i$ b# {0 m' e! O- F: c! j
Order of components in the Assembly Navigator
, Q( k) i7 N& D& r. R. s% bPattern Component
# e5 Q# h8 F3 c! ]4 J) P( g a# j+ YIdentification of inconsistencies between WAVE and assembly constraints
+ ^5 y; x7 v0 R5 m7 f$ wAlign/Lock assembly constraint ! h8 J3 \0 t( I; X* w. `
Direction to Fixed column in the Constraint Navigator 1 D$ O- d8 u Q8 @0 M& E2 `5 N" n+ I/ V
Product interface enhancements % a- h+ S8 p7 x: m
Assemblies functions in SNAP
. ^6 _2 s. m: y3 o8 T1 q/ c0 BVisual reports
- J+ P5 \5 [$ H: [, MDrafting
$ ~- k. ~" T( L' C, T* G( G% wUsability enhancements
* C( {4 d2 [/ ~' U2 s# S" jRapid Dimension
# S/ p3 _* H% w6 c; b" l6 Y/ yLinear Dimension $ Y! @# t+ D9 f+ M
Radial dimension - s% K5 c% T, \: H6 M: z
Angular Dimension enhancements
: C& c' { g8 X1 u% s# XHole Callout
9 x! X8 m5 A5 p' ^8 ?Geometry margins for dimensions and annotations
3 b+ `1 z" t5 A; g: p% PAlternate Dimension Endpoints 9 p3 @3 k, }3 d
General dimension enhancements W& ~9 r; Y( M5 e- `! P! s; D# i! K
Exact and Smart Lightweight view enhancements
8 J* [3 ]2 E6 W6 A5 l! L0 K }Dimensioning Smart Lightweight views
4 l# D* }1 s' NViewing Direction Reference Arrows
4 v( l/ _. V1 Z' oSection line bend and end segment widths 1 \$ L9 W h& g, i- f
Auto balloon leader placement # B( q$ j' ^9 ~) E$ H; }8 i3 I
Axis Intersection symbol 9 ?3 T+ v+ m0 E. x% G# T
Surface Finish Symbol enhancements
6 o, ^3 y9 f, r. XDatum leader enhancements % k4 G+ F' ~6 v! R& b
Drafting symbols + R8 ?3 C4 e6 H! M) s) K0 C( E
Embedded image enhancements
/ K% I1 T) l( z) dHole Table " G) j! c( m" p/ B. i K
Bend Table
: e7 \3 r0 S. W, G* UInherit PMI enhancements
$ u2 Y+ ?& U# Z6 e4 k K! Y6 _5 RCrosshatch enhancements
) j4 h3 d8 X+ N# [$ f1 RProduct and Manufacturing Information (PMI)
6 K5 m7 m o8 u& W4 i! mUsability enhancements ( P! ~& c }! {& r0 \, R) _
Rapid Dimension
$ }9 V: K& N: e" [! Q& Q9 vLinear Dimension 1 `% R8 J: k6 C2 Q% L0 J) L8 z# E/ E
Radial dimension ! Z e/ ?# Y- E+ j; F* V: b; E
Angular Dimension enhancements
1 f2 D' n. W6 j1 ^( o, FHole Callout 8 j0 {; b# D) K2 b, n) @$ A
Geometry margins for dimensions and annotations % W# m; ]% ?+ E0 c: p
Alternate Dimension Endpoints
9 R9 J/ f2 M% lGeneral dimension enhancements
% ~. I3 [+ g0 K! PLightweight section view enhancements * v, m \! o1 s# Q; @: ^% m6 z" V% I
Surface Finish enhancements 9 Z" ?6 Z; M! v3 Z0 ?: x$ W7 r
Inherit PMI enhancements
) Q8 `5 R9 V5 tRegion enhancement
/ K* N/ T7 G. G3 e. z4 w5 R" rSorting model views O( u* O1 \- s. A
Datum leader enhancements
7 U {9 Z* _& B5 vDrafting symbols
" k/ ]5 B4 e! Y! E0 KAxis Intersection symbol
6 ? p1 P; Q+ o D& b: k$ ?+ }8 ^PMI Feature Identification business modifier
( u% I: Q* Z9 E7 c/ X; K/ j7 d) Q9 pUpdate PMI tracking properties
, X l: ^) J5 `9 o6 M4 ^ g- nSheet Metal ; ~. l3 J8 R1 S- Q" V$ a
Bend Table
$ O7 r7 ?3 E$ d' ?. cUnbend and Rebend enhancements
2 X! z: N( ~0 G: n/ [Resize Bend Radius enhancements
* j3 v/ R8 S" |' p1 {3 Tvi What's New in NX 90
N+ ~1 v* |- ^# IMirror Feature enhancements 4 E5 t [7 @) `# d! G ~
Unite in Sheet Metal
: P0 ^$ U+ |( P! `Three Bend Corner enhancements * S, Y0 D" |! q
Mirror Body enhancements 0 k3 v, k( }) ~( Q7 U6 d1 T9 n
Preferences for flat pattern views
2 m" E+ s3 [3 c: C6 ]* f2 {. u2 oFlat Pattern enhancements 7 r' I' z1 E! }8 T
Pattern Face
o' V7 i# T2 w2 a) yFlexible Printed Circuit Design 3 P0 r3 Z: R& }# s2 u
Wrap # G3 k1 n, S. e4 z% e2 T. p
Flexible Printed Circuit Design enhancements
3 E6 P k3 J* C2 [3 kPattern Face % ~' l3 s# e! C0 }* m# i& l+ V
Data Reuse ' _ A4 g: ]2 m
Double-clicking folders and reusable objects
" F! d+ u, I- z9 ACreating shortcut folders for your reuse library
. I, e! a+ C4 e# i7 JReuse library undo and redo
/ _0 U1 o r# l% @Creating an index in the reuse library
+ D+ b/ ?8 ]9 j- g! j# Q5 ]Mapping reuse library names
/ {6 { I/ k* z8 mReusable object feature name
9 Y& W) u. S7 ^" a% FReusable object part definition {0 S# V, n* R! G7 L' {! I# V* v1 R2 d8 V
Creating feature component patterns with reusable objects 9 D) y3 B- u) d- p' S; t
Managing knowledge enabled components in Teamcenter $ j: d' t, s ]- x' i
Reusable component revision rules in Teamcenter
$ z, t0 o- u7 {# m9 qAdding files as datasets to reusable objects and reusable components in Teamcenter 3 H9 b# Z$ \9 ] v+ A& S
Part family-related enhancements to Product Template Studio
/ k9 @+ _+ i% b1 N4 P/ t, H7 ~Routing
/ ]! a* K8 |5 WConfiguring Routing applications
& V/ {9 `. @+ `5 k2 kCommon Routing tools
! r2 ?$ S' A0 |3 S# R- T' B$ z$ N8 KRouting Electrical
! }1 D. z ~+ A* f( ARouting Mechanical # t, T" }0 ]( o; Z S
HVAC % D) O# j( Y- K" G6 c
Shipbuilding
3 z/ }1 F- ^1 S9 XKnuckled plates
8 j' Q% S( r$ hKnuckled profile systems
- z$ u$ E+ k# M6 [2 ?Knuckled profiles
- A/ H5 T) T8 l% V& |5 jCreate stiffeners between supports * X# H3 I+ l3 m4 S$ Z
Control profile orientations / b! d& M* c" L7 Z) u
Built-up profiles
& A. L7 |& e+ |! h. w+ CCreate stiffeners on plates with multiple thicknesses
: w* I/ B9 T* n7 n Q" PCreate standard parts on plates with multiple thicknesses
/ L2 v! S% e+ O, D) z6 M/ `- nSplit standard parts in the basic design
! D$ A: x+ B1 ]( P# |: ], eSplit standard parts and built-up profiles in the detailed design ) g9 r' H! _8 @+ U
Profile Transition
+ J; P1 y/ F& i/ yEnd Cut enhancements
0 l! f/ w/ r$ OProfile Cutout enhancements h2 R1 O. B0 \( e# y3 b- k" L
Collar plate enhancement
5 Z2 P! V- F1 V( wExamine Steel Features " y7 l# }( T `) [, ]
Paint Parameters
/ q7 ?7 \% t% f+ Y" q8 IVehicle Design 4 x, C8 u9 ?2 v
Vehicle loading input to vision tools ! d. ?- ^- _4 t6 a( D
Vehicle Packaging Validation
% v0 }8 N' w8 j7 ?. N) OHead Impact
3 v5 v2 G# t/ m! C g* lPedestrian Protection enhancements
# Y& n: R C& \! ~* L! b8 H% xEyellipse enhancements 0 _* n2 |. c- r0 S* z: i. E
2D Manikin enhancements 2 q% A; n4 d! L7 a6 O
Seat Lines enhancements 3 H7 V0 e9 X- n- z; O. u
Hand Reach enhancements
% S: I0 E0 I( Z3 l! pDirect Field of View enhancements
2 J9 ~2 D- ?! S7 b. |Instrument Panel Visibility enhancements
9 W- M: F( r% h- G! K5 K4 wWindshield Vision Zones enhancements ( x3 b7 N, s$ k. S. F" o
Mirror Certification enhancements : i, B! a7 f6 ]! {* q
PCB Exchange
( A& F0 i" Z. u0 B4 Q! n, YUser interface enhancements in PCB Exchange
# Y' l6 N# d% p: ~! KIDX collaboration commands
9 q) V; `0 y, U; RIDX support enhancements
. N; y* _6 n) a# gCopper Area
. }) {3 \4 n+ _! \& R6 FComparison of ECAD and MCAD primary pin locations
3 P, P, w1 {" P( GShow Test Points & G. o2 a% f r2 [# c) m: ~
Chapter 3: CAM . e4 E( ~9 A% W( x4 u- P
CAM general
' _! T) @5 _$ n1 bNotes in Manufacturing 2 c( t$ G' n- [: G" |, p# q
Descriptions in Manufacturing
+ V' H5 M/ m: p6 U5 E3 TDisplaying visible and hidden geometry
! J Q X2 H4 H2 ^# |8 z# HBoundary selection enhancements
8 E7 N3 `/ \# X/ K) ZBoundary selection display and gap closing
& U* j0 @( I6 L+ z, u3 \' NPasting operations with reference / \+ f5 O! w( g, {: }3 K
Show Thickness by Color enhancements
) \7 F2 W6 T3 N' s$ ~1 kSet Machining Data enhancements
2 P! T8 t/ o# |5 LFlute length for drills
) U4 M$ Q0 z% P3 e S" K5 pMilling enhancements
) j. `" o! ^6 fMachining with a T-Cutter 9 C% z7 \+ A1 y* o5 G4 E9 _1 z( x
Machining cylindrical parts 0 F( s$ G1 r( U! l$ ?$ B9 w0 H3 Q" A
Tilt Tool Axis enhancements / w+ ^9 e. }: w
Area Milling enhancements }; M* a. e9 B- w- I1 N
Divide By Holder
. C) [* y. L" d6 K3 v KContact data output for Hole Milling and Thread Milling : ]6 j- S$ o2 I* K, Q
Cut area selection by edge-bounded region 2 b F. t& {% ?4 o5 U& d3 [/ F/ O! {9 }
Safer engage and retract moves for Zlevel operations
6 U/ _5 m* u3 j- A, |6 _/ H' y2 b' ~Smooth noncutting motions in contouring and flowcut operations
% q: } q2 J* d+ B7 |Improving 3D IPW efficiency in Cavity Milling 2 ?+ P' S' ^4 S# F; Z
Multi Blade milling for turbomachinery 9 @* K2 C% \& n
Hole machining
5 q. T- q4 A9 k$ e- i' q( r, _- p4 jNew manual drilling operations # b8 T; y( q$ |- F( s) D
Hole machining workflow using a feature group geometry parent
4 w- a7 ^: }- b9 kMachining feature groups
5 c3 n2 ?1 L4 pIn-process features
) e4 ^( {/ x# y. i0 wVisualizing in-process features 4 S9 k" _+ u! J2 b2 V5 i% ~( n
In-process workpiece options to control the in-process feature ( h* ~0 L! U' B6 l5 E# K) i. ]% \7 a7 D
viii What's New in NX 90 & x+ z( q; [3 x* h! f
Feature machining areas 3 n9 e6 U' ^9 d/ h+ L
Drill tip point length O1 r" p- F% q3 ~
Core Drill
4 z% g; p" ~ z9 @+ XProbing
9 q( T9 j' ^0 v% FProbing# k+ N$ k o2 _! s9 E
Turning enhancements : z9 B6 j3 j0 R
Centerline Drilling depth enhancement
) [0 \' M) M& j9 DTurning non cutting moves enhancements3 m( i/ n# Q# U; T# g7 j6 P
Parting off operation
; \9 {2 j) `" c; V' R$ b! EThreading non cutting moves enhancements 1 N5 A7 O2 M7 O+ W4 I, `
Integrated simulation and verification — ISV 4 l+ C# y' a! J
Displaying axis positions and limits
' B" s/ W- j3 T$ s& D3 LPositioning simulated machine tools and cutters , |8 V- ~% N9 K) Q
Tool path display for external file simulation
, U! D) P& e. M- X) rSimulating all channels in external files " A6 n/ Q$ a y, a
Simulating synchronized operations / z" \9 c: i6 a1 \1 m
Viewing a tool contact representation ( k5 S( ?& B; m( F1 M+ w7 i
Configurable parser for NC Controllers
0 F( E0 a4 r, e O1 p, V9 Y; k$ ~Kinematic chains for simulating complex machine tools 5 X) U1 Y! u$ T- P, u' V9 t) |
Suppress Status line update
7 q/ {" O# g: q* C. Y$ `+ d0 cIPW color mapping to tools or operations " f6 _% z* Y8 k7 o
Regenerating a saved IPW 3 {2 J6 k1 @# f5 H3 L& i9 @: I
Gouge Check enhancements
# S! [' J/ |5 x* r: @9 E' \Sinumerik Collision Avoidance - I3 [8 e# t J( H
Simulation and postprocessor examples 9 L+ M' m* J' z3 N% Q N
Flute length for drills
" C! T$ [* K! h+ z9 m0 X; a TNX Post 0 W# ?1 @# D) s: ]6 v
Adding CAM attributes for shop documentation in the post
1 r9 s& Q' f% R2 [6 f0 `+ j; B9 `Post Builder
; m4 Z" L+ k5 X1 d5 ?9 l1 TNew Tcl commands in Post Builder
9 X/ x' ?& r7 G# gSimulation and postprocessor examples 0 ^1 h7 U' u, b4 y6 v; h
Feature-based Machining , M& b1 K4 b8 h7 ^9 U( H) r
Feature machining areas % o. e& i$ R2 j, C- O
Machining feature groups * P2 L2 u2 i) j; Q
In-process features
0 X' z( R8 t# H9 w0 f" f9 eVisualizing in-process features 2 T3 a1 g3 ^5 g7 f q
In-process workpiece options to control the in-process feature 8 ]8 T, h+ P% u1 s; ~! d. ?
Wire EDM * k* u2 K6 \; c; a2 v2 e
Wire EDM tool and guide
! t9 q( n* F1 V- f, F* [" XChapter 4: CAE 8 M' z+ X% J/ k! r. d
Advanced Simulation
0 p, b- A1 _- y6 R8 M/ `! ESolver version support 3 }3 ]* i5 K' X6 u: U/ E9 G5 N5 {1 L$ ~
General capabilities $ G i( x; e, ]. h |( }
Fields
N; B6 I& S' S) A$ B/ p2 uMaterials K% y) a/ V* B3 E9 d
Meshing
* g, D) p w) O+ a7 j' PBoundary conditions & {; }& x# S$ i3 P
Solutions 1 K6 ]2 L0 R) d; h7 C" R
Nastran support enhancements 8 M4 }4 k: `5 S' V1 Y
Abaqus support enhancements + Q+ d5 f. [8 W* C0 w5 M1 k
ANSYS support enhancements
! Y) E$ M0 P. h- I: VLS-DYNA support enhancements 1 b; _4 c. C' Z
Optimization
) Z* K, {3 v. YPost-processing ) R- t) v5 N' R3 _6 T9 z0 f, x6 s
Durability
, k" x) v( a4 b+ e9 @; HNX Laminate Composites
0 [" S+ u0 j4 NNX Thermal and Flow, Electronic Systems Cooling, and Space Systems Thermal
2 C; ^- I+ d& P% P1 cNX FE Model Correlation
2 i' k! [8 H' W) V9 DTeamcenter Integration for Simulation
, h/ B9 H: H# G1 YDesign Simulation
6 g( c" C. W* ]2 N, K$ tBoundary conditions ( V) R2 X+ |2 n; R& G) y6 z
Meshing
0 `6 g5 X9 d# R! b- MMotion Simulation 8 s) x2 i) ?& V7 M
Interactive articulation methods * [3 N* x* T) O( B% `$ ?
Joint limits in articulation & w# s& o3 b; l' w3 ~, @# F, y
Animation enhancements ; S: z$ g* R7 u- J7 Z& F
Spreadsheet Run enhancements " J) s5 W7 B6 ?/ G. U4 ]
Motion Preferences enhancements + O' @. G; a6 [4 w" ^) }
Functions and Graphing
8 K( O6 N8 q- w# h9 x" l. uInverse option for Function Single Math command / K% g# g# T0 ?7 H# }' s
Plotting a graph in a separate window 3 g0 ~) o0 }% D! J. q
Improved font support in graphs , F( p9 `+ e2 g% k8 g1 N2 N$ `" L
Plotting a graph with no line
+ H8 l* B7 \* I$ Y! ]! S6 QSaving graph data to an AFU file " U9 G! {6 U* O, _& U* U [/ s
Expanded complex plot support- u+ V( k5 U, }5 T8 I7 O0 ]- s4 \
Chapter 5: Teamcenter Integration for NX
, k8 L6 w. W% h/ `5 YTeamcenter Integration for NX
" i4 j6 e4 ~+ r& q3 _Define and load configuration contexts
0 d' z, [2 [7 W% F: W. {; v2 ZRun NX in a Teamcenter multifield key environment
# @, R* F/ w6 q2 H8 tIndependent drawings added to export and clone # q. F: J& r3 G% f, t* {0 W
Save As enhanced
2 T) `$ F& b4 ?4 T2 J6 k$ u2 VRetaining absolute occurrences when saving moved components # n0 }& D/ b v: J5 G
Opening a component with a different revision rule than the assembly ; K4 l& V5 [/ B, E* _
Viewing results and default filtering for projects
2 U$ P5 l2 L* oAdding independent drawings and CAE parts in the ug_clone utility 4 Q, q# \% \9 U; y/ v
Refile utility enhancement in Teamcenter
( K* `; e+ g+ R# f# aItem-based publishing of welds and datums to Teamcenter
/ J* q6 @$ n/ gChapter 6: 4th Generation Design (4GD)
0 G! Z. Q+ B# M1 c& d7 h2 Y5 XIntroducing 4GD
6 d$ z- N5 ]$ H! T) o4GD enhancements
) L1 j( \* f, @ o, _! K# ?Design element enhancements
4 X1 k! w$ H/ i- S- _# M1 }Creating multiple design elements % E' p( }# E: H0 I
Converting design elements & w' b. ^! L& I5 P8 l% l$ B
Create Reusable Design
! {% i% M6 K$ J# I/ I5 A8 UPresented parents
4 X+ H8 W! ?9 g8 s" hPartition views for subsets % F1 o, H) [9 T! R' Z) r: q
x What's New in NX 90 1 H9 C6 L8 L4 Z/ k" D2 ^8 O% y
Subset structure views 7 A& x9 J' x! Y9 W. M0 n5 g$ y
Adding connecting welds to a subset
4 P: [& g8 S3 x/ eMirroring a design element 7 d' j9 m I$ `. d% e) E& N- G2 w
Load attribute groups for design elements - g, t6 {: @2 t" v5 {5 s
Effectivity and variant options added to subset creation ! t0 V9 h& {7 u# W) x
Edit attributes in bulk 4 d+ u. s% u+ E/ |* T# [$ a1 _( z
Show Collaborative Design Preview
) C& U4 b) I2 S. L/ ^) Z" r" ?Design features ! y8 P* G0 Y8 w
Check in and check out enhancements
$ F A0 o! J( w9 cGenerating collaborative designs from existing structures $ Z6 V: o9 K/ G! E1 G) D
Check-Mate in 4GD + T9 Y* \ ]- I J
Issue Management in 4GD
# m/ `7 U# U5 h, z! }& h( g% {& yChapter 7: Inspection and validation 3 w) H; I- v/ R2 x) i+ R
Check-Mate . ~8 w3 w8 K; |
Check-Mate checkers and functions - F6 d* ^' q) d v% |. \3 j
Check-Mate profiles 1 Z4 N, t) I- o1 T$ {4 J4 r; p# c. Y
CMM Inspection Programming
4 K3 e9 w0 v0 j$ {, @General enhancements
: `' {) I" Z' oExpanded CMM libraries/ P8 l; R+ _( j! Z) V% s2 k
Offset distance for 2D features
* x( m9 Q# S# C; d1 ENew inspection feature type: Edge Point 1 R5 H( R9 [8 ]" ?" U
Set PCS to CADABS alignment type 4 x) o) N9 ^3 v7 H7 d; {6 W6 z$ ]
New inspection command types 2 l2 y6 U/ i- _) l; v2 c( q9 m! g
Support for cylindrical probes . j0 |5 k5 J) Y. K8 G) R
Resequencing of inspection paths
* B! f, Z! |( v* U/ M& WAuto-ordering of tolerances in the Inspection Navigator
) _- \- I. }. z) GSupport for DMIS SNSET/DEPTH
9 M4 q7 A- Z9 x0 f" E6 e. iMeasure an inspection feature relative to another feature
: h# o( ^- X/ f! p. ^5 DRequirements Validation
( _ C4 D1 Y- a' j+ VUnits in the HD3D Requirements Validation tool
D, z# T9 c# L6 z eChapter 8: Tooling Design / X/ p B& f& r8 f
CAM Data Preparation 9 }7 A. v3 \7 A$ }, @
3D Curve Offset 8 ~: E, }2 t* v( [$ X5 M. _
3D Curve Blend 3 d, s; k; i: m# P! R
Match Surface % i) b, z5 U1 i/ h
Reduce Surface Radius
: g+ ^) H1 Z2 ~9 F+ s& _, hGuided Extension / C1 h; F8 Q0 I$ B$ H7 x
Tooling shared functions
4 \, D q6 X; k6 A- ^* v0 K" w4 J' mDie Analysis using LS-DYNA * h8 t% \6 `( k2 Y4 v' t% |
Object Attribute Management
/ a# t( A0 s3 r1 h1 ]Face Color Management ! F+ ?: i- s' X6 Q) ^' ?) }
Hole Manufacturing Note
& L0 l1 |0 B( q- V, A5 G* k& c. ARestore Tooling Application
7 X1 T8 {- f. X. E9 ?Mold Wizard
% w& p" x" F- f# k( ^* _. v, A/ @% pMold Base Library enhancements
0 s" F6 V7 J8 J% z# X* q( s0 _$ ^& cWorkpiece enhancements $ ~9 K7 [! N. z- d* f- D: r
Ejector Pin Table 6 L' K, o4 T, T* ^) S0 Q9 R. W
Weld Assistant
, G) O. O) }/ b2 ^0 aFabrication Information
* S6 x' y6 } A$ o' mJoint Mark ! H0 p8 f ]; H
Export CSV File enhancements
3 h# Q3 y& ^& l5 d+ M6 FImport CSV File enhancement ' x& G1 f" t8 w1 r& g
Groove Weld enhancements $ u0 H. ^- m& s3 }
Datum Surface Locator and Datum Pin Locator enhancements $ ~7 D+ w' b/ T9 R" {
Using weld and datum information obtained from Teamcenter # O D( ]2 E& p3 q* v: r# K
Item-based publishing of welds and datums to Teamcenter
$ e% _/ T; M; o9 H/ h5 P) [& I" pConnected Face Finder enhancements
( L+ c: P, S7 x) ^# ` iCompound Weld enhancements
$ l% b, J# Q6 W( F; A. Y7 PStructure Welding & q4 G& M. }! Z: x/ }# G
Fabrication PMI + X9 v8 Q/ f* h+ _4 S8 H
Surface Weld : _* U& w+ S$ ^) x/ h
Welding Joint enhancements 1 z$ y" w' G1 w9 g& \" |
Edit Joint Definition enhancement! u# P. [& c, @4 D! _8 a# m
Edge Attribute Title welding customer default
' z: m" s. S! x0 O2 {2 L, y3 N0 WExport Welding Joints enhancement / t* C: o: I# J# w6 l, h( u+ e1 I
Item-based publishing of welds and datums to Teamcenter
) R& x* Z q0 q/ u. | fDie Design 1 C, M$ J9 m$ a9 `8 z
Lower Binder
: ?1 o# e$ y+ I* {Trim Post # s& x) n1 ~3 u$ e& X/ Z& ?1 B
Draw Punch and Draw Die enhancements ) u, W6 Q3 O. Z1 m$ M% U
Assigning colors to die faces
2 A7 `( m( P& o6 \0 iDie Engineering
2 a. e9 B& ^" Y+ s6 J" M+ pDie Analysis using LS-DYNA
# C7 i& f0 q% ?6 Z2 N% e) dTrim Angle Check enhancements $ O \+ O: _7 F, P0 g
Stamping Operation enhancement / T+ `1 T4 T% \. m; i6 u
Die Tip enhancement 6 B! v3 g6 h" g% U( `7 V
Chapter 9: Data translation 0 V. R9 a* C% k
Exporting editable dimensions to DXF/DWG file 9 b, e, \; y& B3 O; S1 q2 F- [
Controlling text aspect ratio for the text imported from DXF/DWG file
" O) X5 J/ L7 y( }7 K1 XSupported DXF/DWG versions 4 o. S4 g' U( |
STEP translator enhancements ( ?2 t# O2 K& e1 S( N. @
NX to JT . M& G3 I' C% J) _! d! v7 { A
JT version 10 files
+ D8 b. s9 V* d8 S& q$ P8 x2 u$ _Display order of model views and PMIs in JT files
2 s+ t* T+ x: w9 zJT support for object visibility in model views
% ~8 }) f1 c+ }7 u, z2 s+ zPMI lightweight section views enhancements in JT files
/ h) v" J4 E' K) F/ [. [* sJT support for weld Joint Mark feature 2 M( H: J, y W; E
JT support for hole and thread callout PMI
6 Z6 t( m2 F2 X2 B$ zGeometry Sharing in JT files
; M# y U5 T: SJT support for business modifiers and PMI attributes 3 H4 L* E2 b, i- i
Visibility of datum entities in model views of JT files
' E% Q1 q' \1 w+ X$ P- k4 w0 rJT support for PMI association with objects 0 c) b1 Y8 t: k! Y* t8 T
Chapter 10: Mechatronics Concept Designer ! @5 I1 J5 R0 r$ D; L3 g4 U3 ^
Collision Body enhancements 4 k! N1 ^5 W- `. x" p! x8 V
Actuator enhancements
- z/ C6 D: y6 n" g0 u7 pxii What's New in NX 90
+ c8 P- l9 h, i$ B& `8 @8 [6 e( RCam enhancements ( I E* v6 @. N( E
Operation enhancements / p# \: Q# J5 U& Q
Changing units in dialog boxes
" V/ f" V7 a6 z) V u; L% cMechatronics Concept Designer preferences 3 R4 S' E- g& Z$ Q8 d
Create dependencies % j u: M6 f: m: A9 l7 m
System Navigator enhancements
2 a# J; {8 L$ n& @ R/ LCreating physics containers 7 |5 T q5 i1 k3 x0 E4 A8 r; z
ECAD integration enhancements 6 C5 j% J2 ]2 k9 H6 a) N# v i2 ^
Simulating NC code
$ ~; S' o: q; B( J, `% XConvert from MTB u8 Q5 n @- B2 L# J; C
Shared memory signal mapping
) n9 r$ {" u$ J% Z9 K1 eSCOUT Integration / h. s- p/ Z4 ^- H7 r
SIZER Integration
7 P" E' C' ?6 U* w% RChapter 11: Programming Tools
9 T4 n' ^2 o% J' y, }# }) NAssemblies functions in SNAP
4 H) f" p; W" E. t" _+ ~Block UI Styler
" B' U; Q x( B, a3 MNew properties for blocks
- x' R' q# V! A* m- E; R' @Changing a displayed part
" p# _, l/ }- @+ D0 j5 z F, JExplorer block
! j7 z$ E( o" I% w$ I! s$ ]Chapter 12: What's New in NX 851
* V. b0 j( y% Q! }/ l; j! W9 ]Modeling
0 g$ `3 p* g& a/ t7 ?& \+ EUser Defined Feature callback hooks for NX Open API libraries
. N, O( y8 Q \/ K. X* s0 oPreserve the relative order of Feature Groups 8 `5 e' ?& M A3 B) U" x0 S! r
U/V Direction
1 M$ H: ]+ @% z3 o$ K% U& [Studio Surface enhancements — Split faces along boundary curves
4 Q8 f/ k- B* E. u. e- N: v& RPMI ( ]' F8 C3 G, N U: I7 @6 g
Find PMI Associated to Geometry enhancements
" t5 V: M0 g. `6 pPMI Effectivity Management 741
/ P' _9 ~; T0 p( e3 ?' A# yRouting 742
" @( ?7 B% S: j o* H9 C! oWind Catcher 742
" O8 R4 O# V4 }0 K; pBranch Path Numbering 744
5 O' D+ r' ~! v, [# pPlatform Creator 745 , X$ M0 t$ ]6 A2 M' G
Shipbuilding 747 2 a: C7 F5 A* V" o
Assign manufacturing information to openings 747
0 T0 j& z% L0 q& l5 t$ B2 _' MSpecify section subtypes for steel features 749
. P, Y- b1 z9 f5 f4 TManufacturing 750
9 j& Z( c% X- p" m6 p- E6 Y7 H. XOperation Navigator enhancements 750 d! h: B$ A2 S! M& T
Advanced Simulation 751
4 j! s) `/ C2 [$ n2 r) }Solver version support 751 2 o" C% @# {( j6 [+ M/ W+ {$ B' m5 R
NX Laminate Composites 758 + a& k6 r T" w
Durability 763
+ B+ S9 v+ _( CTeamcenter Integration for NX 764
6 m- _: }. t. ]& b* m( ^NX Relations Browser enhancements 764 , ^( E/ l7 F$ T
Select Configuration Context when loading assemblies 766 # d: j' q# O6 d; L- T# j
Default project selection 768
* c; z" n/ W/ w9 {CMM Inspection Programming 769 # c V- G8 l5 ~& E. B
CMM measurement analysis engine 769
9 p) h5 L# n+ q4 ~6 mExport analysis results 771 DMIS programming enhancement 772 0 J% [$ l! T- s2 Z% y- S
Data translation 774 6 w5 F/ |: N% l) E1 ~4 f& X
AutoCAD DXF/DWG Import Wizard dialog box enhancement 774 % j4 \9 A. D" C; S) l
JT support for PMI association with objects 775 " Q6 i1 Y" H0 D I1 u* P4 v
Mechatronics Concept Designer 776
: v+ f$ ]/ W: ]+ o2 s( ?4 } Import from ECAD enhancements 776
# p/ O7 M5 U. `5 M
) k1 j- ]; ]+ Z1 U$ _$ s |
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